xCORE-200 Multichannel Audio Platform 2v0 Hardware Manual · 2015-10-20 · xCORE-200 Multichannel...

xCORE-200 Multichannel Audio Platform 2v0 Hardware Manual

IN THIS DOCUMENT

· Features

· xCORE Multicore Microcontroller Device

· Analog input audio channels

· Analog output audio channels

· Digital audio output

· Digital audio input

· MIDI audio input and output

· Audio clocking

· USB Connectivity

· Ethernet Connectivity

· General purpose user interface

· I2C bus address map

· xSYS Debug

· QSPI Flash

· Operating requirements

· Dimensions

· xCORE-200 Multichannel Audio Platform Portmap

· xCORE-200 Multichannel Audio Platform schematics

· RoHS and REACH

· Version history

The xCORE-200 Multichannel Audio Platform (XK-AUDIO-216-MC-AB) is a completehardware and reference software platform targeted at up to 32-channel USB andnetworked audio applications, such as DJ decks and mixers.

The Multichannel Audio Platform hardware is based around the XE216-512-TQ128multicore microcontroller; an xCORE-200 device with an integrated High SpeedUSB 2.0 PHY, RGMII (Gigabit Ethernet) interface and 16 logical cores delivering upto 2000MIPS of deterministic and responsive processing power.

Exploiting the flexible programmability of the xCORE-200 architecture, the Multi-channel Audio Platform supports either USB or network audio source, streaming8 input and 8 output audio channels simultaneously - at up to 192kHz. Ideal formixing two sources and providing main and headphone monitor output feeds.

Publication Date: 2015/8/11 Document Number: XM007657C

XMOS © 2015, All Rights Reserved

xCORE-200 Multichannel Audio Platform 2v0 Hardware Manual 2/27

The guaranteed Hardware-Response™ times of xCORE technology always ensurelowest latency (round trip as low as 3ms), bit perfect audio streaming to and fromthe USB host or network.

Delivered as source code, the reference software provides a fully featured produc-tion ready solution, including support for:

· Full-Speed and High-Speed USB operation, Audio Class 2.0 & 1.0, MIDI, HID andDFU classes.

· Standards compliant AVB Talker and/or Listener endpoints

· MFi support for Apple Host Mode and USB Role Switch

1 Features

A block diagram of the xCORE-200 Multichannel Audio Platform (XK-AUDIO-216-MC-AB) is shown below:

A

S

Q

C

C

B

B

EO

P

JJ

K

R

MM MN

D

FFG G

H H

LFigure 1:

xCORE-200Multichannel

AudioPlatform

blockdiagram

It includes the following features:

· A: xCORE-200 (XE216-512-TQ128) Multicore Microcontroller device

· B: 8 output analog audio channels (3.5mm stereo jack)

· C: 8 input analog audio channels (3.5mm stereo jack)

· D: 192kHz 24b audio DAC

· E: 192kHz 24b audio ADC

· F: Optical connections for digital interface (e.g. S/PDIF and ADAT)

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· G: Coaxial connections for digital interfaces (e.g. S/PDIF)

· H: MIDI in and out connections

· I: An ultra low-jitter programmable audio phase lock loop

· J: USB 2.0 type A and micro-B jacks

· K: 10/100/1000 Mbps Ethernet connection

· L: 16 general purpose LEDs

· M: 3 general purpose buttons

· N: 1 general purpose 2-way switch

· O: Selectable TDM input audio sources

· P: Selectable TDM output audio sources

· Q: Integrated power supply unit

· R: Quad-SPI boot ROM

· S: 24MHz Oscillator

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2 xCORE Multicore Microcontroller Device

xCORE-200 Multichannel Audio Platform (XK-AUDIO-216-MC-AB) is based on atwo-tile xCORE-200 device (XE216-512-TQ128). Each tile is user-programmable,providing eight logical cores with a total of up to 1000 MIPS compute. A total of53 general-purpose digital I/O have been brought out to header pins, providingtremendous flexibility for a wide range of USB and networked audio products to bedeveloped on a common platform.

For information on xCORE-200 tiles and cores see the xCORE-200 ArchitectureOverview1.

Hardware response ports

I/O pins

Hardware response ports

I/O pins

OTP OTP

xC

ON

NEC

T S

wit

chPLLxTIME

schedulerxTIME

scheduler

JTAG

SRAM SRAM

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

xCORE logical core

USB RGMII

Figure 2:

xCORE-200device

3 Analog input audio channels

A total of eight single-ended analog input channels are provided via 3.5mm stereojacks. Each is fed into a CirrusLogic CS5368 ADC.

Figure 3:

Analog inputstage

The four digital input channels SDIN1 to SDIN4 are mapped to the xCORE inputsxSDIN1 to xSDIN4 through a header array as described in Figure 4. The jumperallows channel selection when the DAC is used in TDM mode

Row 1, column 1 is defined as the pin closest to pin 1 of the header (as denoted bya triangle on the silk-screen).

The ADC registers are accessed via the I2C bus - see §12.

1http://www.xmos.com/published/xcore-architecture

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http://www.xmos.com/published/xcore-architecture


Row Column 1 Column 2 Column 3

1 ADC_SD1 iADC_SD1 ADC_SD1




Figure 4:

Analog inputpatching

The xSDIN signals are connected to both 1b and 4b ports of the xCORE-200 IO asdescribed in Figure 5. This allows additional flexibility in the firmware.

Audio output xCORE GPIO Port Description

iADC_SD1 X0D24 P1I Analog input 1 (DSD_MODE = 0)

iADC_SD2 X0D25 P1J Analog input 2 (DSD_MODE = 0)

iADC_SD3 X0D34 P1K Analog input 3 (DSD_MODE = 0)

iADC_SD4 X0D35 P1L Analog input 4 (DSD_MODE = 0)

OVERFLOW X0D15 P4C1 Active low overflow

ADC_RST_N X0D32 P4E2 Active low reset

LRCLK X0D22 P1G Serial audio channel clock

SCLK X0D23 P1H Main timing for serial audio interface

MCLK_AUDIO See notes below ADC master clock

Figure 5:

Analog inputxCORE GPIO

Notes:

· Details of the analog input stage clocking scheme can be found in §8.

4 Analog output audio channels

A total of eight single-ended analog output channels are provided. Each is fed intoa CirrusLogic CS4384 DAC.

The four digital output channels SDOUT1 to SDOUT4 are mapped to the xCOREinputs xSDOUT1 to xSDOUT4 through a header array as described in Figure 7.

Row 1, column 1 is defined as the pin closest to pin 1 of the header (as denoted bya triangle on the silk-screen).

The ADC registers are accessed via the I2C bus - see §12.

The xSDOUT signals are connected to the xCORE-200 IO as described in Figure 8

Notes:

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Figure 6:

Analogoutput stage

Row Column 1 Column 2 Column 3

1 DAC_SD1 xDAC_SD1 DAC_SD1




Figure 7:

Analogoutput

patching

Audio output xCORE GPIO Port Description

DAC_SD5 X0D24 P1I DAC DSD5 (DSD_MODE = 1)

DAC_SD6 X0D25 P1J DAC DSD6 (DSD_MODE = 1)

DAC_SD7 X0D34 P1K DAC DSD7 (DSD_MODE = 1)

DAC_SD8 X0D35 P1L DAC DSD8 (DSD_MODE = 1)

xDAC_SD1 X0D36 | P1M DAC SD/DSD1

xDAC_SD2 X0D37 | P1N DAC SD/DSD2

xDAC_SD3 X0D38 | P1O DAC SD/DSD3

xDAC_SD4 X0D39 | P1P DAC SD/DSD4

DAC_RST_N X0D27 P4E1 Active low reset

LRCLK X0D22 P1G Serial audio channel clock

SCLK X0D23 P1H Main timing for serial audio interface

MCLK_AUDIO See notes below DAC master clock

Figure 8:

Analogoutput

xCORE GPIO


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5 Digital audio output

Optical and coaxial digital audio transmitters are used to provide digital audiooutput in formats such as IEC60958 consumer mode (S/PDIF) and ADAT.

The data streams from the xCORE-200 are re-clocked using the external masterclock to synchronise the data into the audio clock domain. This is achieved usingsimple external D-type flip-flops.

The optical output uses a TOSLINK optical connector with an integrated LED anddifferential driving circuit. The coaxial output uses an RCA connector and isisolated via a transformer.

Figure 9:

Optical audiooutput

The signals are generated from two 1-bit ports on the xCORE-200.

Audio signal xCORE GPIO Port Description

OPT_TX X0D12 P1E For use with either S/PDIF or ADAT

COAX_TX X0D11 P1D For use with either S/PDIF or ADAT

MCLK_DIG See notes below Digital master clock

Figure 10:

Opticaloutput audioxCORE GPIO

Notes:


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6 Digital audio input

Digital audio input is provided to allow formats such as IEC60958 consumer mode(S/P DIF) or ADAT to be connected to the device via either optical or coaxialmediums.

The optical input uses a TOSLINK optical connector with an integrated photodiodeand receiver circuit. The coaxial input uses an RCA connector and is AC-coupledinto a 75Ω terminator.

This gives a signal level of 0.5Vp-p, which is fed into a differential line receiver.

Figure 11:

Optical audioinput

The input signals are fed into two 1-bit ports on the xCORE-200 device.


OPT_RX X1D38 P1O For use with either S/PDIF or ADAT

COAX_RX X1D39 P1P For use with either S/PDIF or ADAT

MCLK_DIG See notes below Digital master clock

Figure 12:

Optical audioinput xCORE

GPIO

Notes:


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7 MIDI audio input and output

MIDI I/O is provided on the board via a standard Gameport connector. The signalsare buffered using 5V line drivers and are then connected to 1-bit ports on thexCORE-200, via a 5V to 3.3V buffer.

10Ω pull ups are placed on the MIDI IN signal from the connector and on the MIDIOUT signal from the xCORE-200. These stop glitches on startup and when no MIDIdevices are connected to the board

Figure 13:

MIDI audioinput/output

The MIDI audio signals are connected to the xCORE-200 IO, as described in Fig-ure 14, via a 5V to 3.3V buffer.


MIDI_TX X1D37 P1N

MIDI_RX X1D36 P1M

Figure 14:

MIDI audioxCORE GPIO

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8 Audio clocking

A flexible clocking scheme is provided for both audio and other system services.

Figure 15:

Clockingcircuit

In order to accommodate a multitude of clocking options, the low-jitter masterclock is generated locally using a frequency multiplier PLL chip. The chip used is aPhaselink PL611-01, which is pre-programmed to provide a 24MHz clock from itsCLK0 output, and either 24.576 MHz (FSEL high) or 22.5792MHz (FSEL low) fromits CLK1 output.

The 24MHz fixed output is provided to the xCORE-200 device, as the main pro-cessor clock. It also provides the reference clock to a CirrusLogic CS2100, whichprovides a very low jitter audio clock from a synchronisation signal provided fromthe xCORE-200.

Either the locally generated clock (from the PL611) or the recovered low jitter clock(from the CS2100) may be selected to clock the audio stages; the xCORE-200, theADC/DAC and Digital output stages.


MCLK_FSEL X0D33 P4E3 Set local clock to 24.576 MHz(MCLK_FSEL high) or 22.5792MHz(MCLK_FSEL low)

PLL_SYNC X0D0 P1A Reference clock from xCORE-200

PLL_SELECT X0D31 P4F3 Select local fixed clock (SELECTlow) or PLL output (SELECT high)

MCLK_XCORE X0D13, X1D35 P1F, P1L Audio clock to xCORE audio path

The CirrusLogic CS2100 device is controlled using I2C. Further information on thexCORE-200 Multichannel Audio Platform I2C bus can be found in §12.

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9 USB Connectivity

The USB connectivity section consists of a USB A connector, USB B connector and ahigh-speed 3:1 switch to select between them.

The figure below shows the layout of the USB subsection:

Figure 16:

USB section

The USB signals are mapped onto the xCORE-200 device as shown in Figure 17

USB signal xCORE GPIO Port Description

USB_D_N & P See note USB physical layer signals

USB_SEL0 X0D28 P4F0 Bit 0 of USB switch select signal

USB_SEL1 X0D29 P4F1 Bit 1 of USB switch select signal

VBUS_OUT_EN X0D30 P4F2 Enable output onto VBUS

Figure 17:

USB xCOREGPIO

Notes:

· The XE216 device incorporates a dedicated USB PHY device, so GPIO are notrequired

Two LEDs are provided to indicate the inverted status of USB select 0 and 1. TheUSB switch should be configured as shown in Figure 18

USB select LED state USB source Description

0 Both on NA Sleep mode (DP, DN switch paths open

1 D28 ON Reserved

2 D29 ON USB A connector

3 Both off USB B connector

Figure 18:

USB sourceselection

Notes:

5V is supplied to the USB A connector, from a local power supply, to provide VBUSto connected devices under the control of VBUS enable. This supply can be disabledby bringing the VBUS output enable low.

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10 Ethernet Connectivity

Ethernet connectivity consists of a Gigabit Ethernet PHY and RJ45 connector withintegrated magnetics. The figure below shows the layout of the Ethernet subsection:

Figure 19:

GigabitEthernetsection

Three indivator LEDs are provided on the RJ45 connector:

· A yellow LED indicates activity

· A green LED indicates a Gigabit Ethernet connection

· An orange LED indicates a 10/100Mbps Ethernet connection

The RGMII signals are mapped onto the xCORE-200 device as shown in Figure 20

RGMII signal xCORE GPIO Description

TX_CLK X1D26

TX_CTL X1D27

RX_CLK X1D28

RX_CTL X1D29

RX0 X1D30

RX1 X1D31

RX2 X1D32

RX3 X1D33

TX0 X1D43

TX1 X1D42

TX2 X1D41

TX3 X1D40

INT X1D03

MDIO X1D10

MDC X1D11

ETH_RST_N X1D02

Figure 20:

EthernetxCORE GPIO

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11 General purpose user interface

An array of 4*4 green LEDs, 3 buttons and a switch are provided for generalpurpose user interfacing. The LED array is driven by eight signals each controllingone of 4 rows and 4 columns.

The figure below shows the layout of the user interface subsection:

Figure 21:

User interfacecomponents

The signal mapping of the user interface components is shown in Figure 22

UI signal xCORE GPIO Port Description

LED_ROW_0 X1D14 P4C0 Row 0 LED driver control (active high)




LED_COL_0 X1D16 P4D0 Column 0 LED driver control (active high)




BUTTON_1 X1D04 P4B0 Push button 1 (active low)



SWITCH_1 X1D07 P4B3 Common terminal of Slider switch 1

Figure 22:

User interfaceGPIO

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12 I2C bus address map

The address of the I2C bus on the xCORE-200 MC audio platform is shown inFigure 23

I2C address Device

0x4C (0x99[r], 0x98[w] ) CirrusLogic CS5368 Audio ADC

0x18 (0x31[r], 0x30[w] ) CirrusLogic CS4384 Audio DAC

0x4E (0x9D[r], 0x9C[w] ) CirrusLogic CS2100 PLL

Figure 23:

I2C addressmap

13 xSYS Debug

A standard XMOS xSYS interface is provided to allow host debug of the board viaJTAG.

An XTAG debug adapter can be plugged into this port to allow running/debuggingcode, programming the FLASH memory and selection of boot mode. A 20-way IDCheader is used as the physical connector and the pinout of this is shown below:

XSYS signal xCORE GPIO Header pin Description

TMS See note 7 JTAG Test Mode Select.

TCK See note 9 JTAG Test Clock.

TDI See note 5 JTAG Test Data In. From debugadapter to XS1-U8.

TDO See note 13 JTAG Test Data Out. From XS1-U8 todebug adapter.

RST_N See note 15 System Reset. Active low, resetsXS1-U8 device

GND 4, 8, 12, 16, 20 Ground.

XL_UP1 X0D43 6 XMOS link, uplink bit 1

XL_UP0 X0D42 10 XMOS link, uplink bit 0

XL_DN1 X0D40 14 XMOS link, downlink bit 1

XL_DN0 X0D41 18 XMOS link, downlink bit 0

Figure 24:

XSYSConnector

Pinout

Notes:

· JTAG connections occupy dedicated connections

On power on, the XE216 device boots from the on-board flash memory. With thexTAG connected, the XE216 can be reset and then booted from a program on thehost PC.

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14 QSPI Flash

xCORE-200 Multichannel Audio Platform provides 2Mbytes of Quad Serial PeripheralInterface (QSPI) FLASH memory, which is interfaced by the GPIO connections shownin Figure 25:

QSPI connection Pin Port

SPI_CS X0D01 P1B

QSP_D0 X0D04 P4B0

QSP_D1 X0D05 P4B1

QSP_D2 X0D06 P4B2

QSP_D3 X0D07 P4B3

SPI_CLK X0D10 P1C

Figure 25:

QSPI Flash

The xTIMEcomposer tools include the xFLASH utility for programming compiledprograms into the flash memory. xCORE-200 Multichannel Audio Platform designsmay also access the FLASH memory at run-time by interfacing with the above pins.

15 Operating requirements

A USB 2.0 high-speed compliant cable of less than 3m in length should be usedwhen operating the xCORE-200 Multichannel Audio Platform. XMOS cannot guaran-tee correct operation of the xCORE-200 Multichannel Audio Platform should anyother cable be used.

This product is, like most electronic equipment, sensitive to Electrostatic Discharge(ESD) events. Users should operate the xCORE-200 Multichannel Audio Platformwith appropriate ESD precautions in place.

16 Dimensions

The xCORE-200 Multichannel Audio Platform dimensions are 180x110mm. Themounting holes are 2mm in diameter.

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17 xCORE-200 Multichannel Audio Platform Portmap

The table below provides a full description of the port-pin mappings describedthroughout this document for the XK-AUDIO-216-MC-AB board.

Pin 1-bit 4-bit 8-bit 16-bit 32-bit SignalX0D00 1A0 PLL_SYNCX0D01 1B0 SPI_CSX0D02 4A0 8A0 16A0 32A20 I2C_SCLX0D03 4A1 8A1 16A1 32A21 I2C_SDAX0D04 4B0 8A2 16A2 32A22 QSPI_D0X0D05 4B1 8A3 16A3 32A23 QSPI_D1X0D06 4B2 8A4 16A4 32A24 QSPI_D2X0D07 4B3 8A5 16A5 32A25 QSPI_D3X0D08 4A2 8A6 16A6 32A26

X0D09 4A3 8A7 16A7 32A27

X0D10 1C0 SPI_CLKX0D11 1D0 COAX_TXX0D12 1E0 OPT_TXX0D13 1F0 MCLK_XCOREX0D14 4C0 8B0 16A8 32A28

X0D15 4C1 8B1 16A9 32A29 OVERFLOWX0D16 4D0 8B2 16A10 BUTTON_1X0D17 4D1 8B3 16A11 BUTTON_2X0D18 4D2 8B4 16A12 BUTTON_3X0D19 4D3 8B5 16A13 SWITCH_1X0D20 4C2 8B6 16A14 32A30

X0D21 4C3 8B7 16A15 32A31

X0D22 1G0 LRCLKX0D23 1H0 SCLKX0D24 1I0 xSDIO1X0D25 1J0 xSDIO2X0D26 4E0 8C0 16B0 DSD_MODEX0D27 4E1 8C1 16B1 DAC_RST_NX0D28 4F0 8C2 16B2 USB_SEL0X0D29 4F1 8C3 16B3 USB_SEL1X0D30 4F2 8C4 16B4 VBUS_OUT_ENX0D31 4F3 8C5 16B5 PLL_SELECTX0D32 4E2 8C6 16B6 ADC_RST_NX0D33 4E3 8C7 16B7 MCLK_FSELX0D34 1K0 xSDIO3X0D35 1L0 xSDIO4X0D36 1M0 8D0 16B8 xDAC_SD1X0D37 1N0 8D1 16B9 xDAC_SD2X0D38 1O0 8D2 16B10 xDAC_SD3X0D39 1P0 8D3 16B11 xDAC_SD4X0D40 8D4 16B12 XL_DN1X0D41 8D5 16B13 XL_DN0X0D42 8D6 16B14 XL_UP0X0D43 8D7 16B15 XL_UP1

Figure 26:


AudioPlatformPortmap

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Pin 1-bit 4-bit 8-bit 16-bit 32-bit Signal

X1D00 1A0

X1D01 1B0

X1D02 4A0 8A0 16A0 32A20 ETH_RST_N

X1D03 4A1 8A1 16A1 32A21 ETH_INT

X1D04 4B0 8A2 16A2 32A22 BUTTON_1

X1D05 4B1 8A3 16A3 32A23 BUTTON_2

X1D06 4B2 8A4 16A4 32A24 BUTTON_3

X1D07 4B3 8A5 16A5 32A25 SWITCH_1

X1D08 4A2 8A6 16A6 32A26

X1D09 4A3 8A7 16A7 32A27

X1D10 1C0 MDIO

X1D11 1D0 MDC

X1D14 4C0 8B0 16A8 32A28 LED_ROW_0

X1D15 4C1 8B1 16A9 32A29 LED_ROW_1

X1D16 4D0 8B2 16A10 LED_COL_0

X1D17 4D1 8B3 16A11 LED_COL_1

X1D18 4D2 8B4 16A12 LED_COL_2

X1D19 4D3 8B5 16A13 LED_COL_3

X1D20 4C2 8B6 16A14 32A30 LED_ROW_2

X1D21 4C3 8B7 16A15 32A31 LED_ROW_3

X1D26 4E0 8C0 16B0 ETH_TX_CLK

X1D27 4E1 8C1 16B1 ETH_TX_CTL

X1D28 4F0 8C2 16B2 ETH_RX_CLK

X1D29 4F1 8C3 16B3 ETH_RX_CTL

X1D30 4F2 8C4 16B4 ETH_RX0

X1D31 4F3 8C5 16B5 ETH_RX1

X1D32 4E2 8C6 16B6 ETH_RX2

X1D33 4E3 8C7 16B7 ETH_RX3

X1D35 1L0 MCLK

X1D36 1M0 8D0 16B8 MIDI_RX

X1D37 1N0 8D1 16B9 MIDI_TX

X1D38 1O0 8D2 16B10 OPT_RX

X1D39 1P0 8D3 16B11 COAX_RX

X1D40 8D4 16B12 ETH_TX3

X1D41 8D5 16B13 ETH_TX2

X1D42 8D6 16B14 ETH_TX1

X1D43 8D7 16B15 ETH_TX0

Figure 27:


AudioPlatformPortmap

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18 xCORE-200 Multichannel Audio Platform schematics

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Size

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X0D

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X0D

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X0D

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X0D

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X0D

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X0D

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X0D

0735

X0D

0839

X0D

0940

X0D

1028

X0D

1132

X0D

1262

X0D

1363

X0D

1457

X0D

1558

X0D

1668

X0D

1769

X0D

1870

X0D

1971

X0D

2059

X0D

2161

X0D

2264

X0D

2366

X0D

2488

X0D

2589

X0D

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X0D

2794

X0D

2896

X0D

2998

X0D

3099

X0D

3110

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X0D

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X0D

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X0D

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X0D

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X0D

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X0D

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X0D

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X0D

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X0D

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X1D

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X1D

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X1D

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X1D

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X1D

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X1D

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X1D

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X1D

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1

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VD

D17

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D24

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D36

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D56

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D60

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D80

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D81

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2V5

3V3

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USB

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3

VC

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10K

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10K

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D9

DC

B-6

PRO

D10

DC

B-6

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D11

DC

B-6

PRO

D12

DC

B-6

PRO

D13

DC

B-6

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D14

DC

B-6

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D1

JUM

PER

SH

UN

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2JU

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HU

NT

PRO

D3

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PER

SH

UN

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4JU

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R S

HU

NT

PRO

D5

JUM

PER

SH

UN

TPR

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6JU

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R S

HU

NT

PRO

D7

JUM

PER

SH

UN

TPR

OD

8JU

MPE

R S

HU

NT

0RR

202

PIC13501 PIC13502COC135

PIC13601 PIC13602COC136

PIC13701 PIC13702COC137

PIC13801 PIC13802COC138 PIC13901 PIC13902COC139PIC14001 PIC14002COC140

PIC14101 PIC14102COC141 PIC14201 PIC14202COC142 PIC14301 PIC14302COC143 PIC14401 PIC14402COC144 PIC14501 PIC14502C

OC145 PIC14601 PIC14602COC146 PIC14701 PIC14702COC147 PIC14801 PIC14802COC148 PIC14901 PIC14902COC149 PIC15001 PIC15002C

OC150 PIC15101 PIC15102COC151 PIC15201 PIC15202COC152

PIC15301 PIC15302COC153 PIC15401 PIC15402COC154 PIC15501 PIC15502COC155 PIC15601 PIC15602C

OC156

PIC0RX01

COC0RX

PIC0TX01

COC0TX

PIJ701

PIJ702

PIJ703

PIJ704

PIJ705

PIJ706

PIJ707

PIJ708

PIJ709

PIJ7010

PIJ7

011

PIJ7012

COJ7

PIJ801

PIJ802

PIJ803

PIJ804

PIJ805

PIJ806

PIJ807

PIJ808

PIJ809

PIJ8

010

PIJ8

011

PIJ8

012

COJ8

PIJ901

PIJ902

PIJ903

PIJ904

PIJ905

PIJ906

PIJ907

PIJ908

PIJ909

PIJ9010

PIJ9011

PIJ9012

PIJ9

013

PIJ9

014

PIJ9015

PIJ9016

PIJ9017

PIJ9018

PIJ9019

PIJ9020

COJ9

PILR

CLK0

1COLRCLK

PIMCLK01

COMCLK

PIMI

0RX0

1COMI0RX

PIMI

0TX0

1COMI0TX

PIMTH101

COMTH1

PIMTH201

COMTH2

PIMTH301

COMTH3

PIMTH401

COMTH4

PIMTH501

COMTH5

PIMTH601

COMTH6

PIO0RX01

COO0RX

PIO0TX01

COO0TX

COPROD1

COPR

OD2

COPROD3

COPROD4

COPROD5

COPROD6

COPROD7

COPR

OD8

COPROD9

COPROD10

COPROD11

COPROD12

COPROD13

COPROD14

PIR13301PIR13302 COR133PIR13401PIR13402 COR134PIR13501PIR13502 COR135PI

R136

01PI

R136

02

COR136

PIR13701PIR13702

COR137PIR13801PIR13802 COR138PIR13901PIR13902 COR139

PIR14001

PIR1

4002

COR140

PIR14101PIR14102 COR141

PIR14201

PIR1

4202

COR142

PIR14301

PIR1

4302

COR143

PIR14401PIR14402 COR144PI

R145

01PI

R145

02COR145

PIR1

4601

PIR1

4602

COR146

PIR1

4701

PIR1

4702

COR147

PIR148

01PIR

14802

COR148

PIR19301PIR19302 COR193PIR19401PIR19402 COR194

PIR20201

PIR2

0202

COR202

PISCL01COSCL

PISCLK01

COSCLKPISD

A01COSDA

PISW101A

PISW101B

PISW102A

PISW102B

COSW1

PISW

201

PISW202

PISW203

COSW2

PISW301A

PISW301B

PISW302A

PISW302B

COSW3

PISW401A

PISW401B

PISW402A

PISW402B

COSW4

PIU2201

PIU2202

PIU2

203

PIU2

204

PIU2205

PIU2

206

PIU2

207

PIU2208

PIU2

209

PIU22010

PIU22011

PIU22012

PIU22013

PIU22014

PIU22015

PIU22016

COU22

PIU2301

PIU2302

PIU230123

PIU230124

PIU230125

PIU230127

PIU230128COU23A

PIU2306

PIU23011

PIU23014

PIU23016

PIU23017

PIU23019

PIU23024

PIU23029

PIU23036

PIU23041

PIU23042

PIU23044

PIU23049

PIU23050

PIU23052

PIU23056

PIU23060

PIU23065

PIU23067

PIU23073

PIU23078

PIU23080

PIU23081

PIU23083

PIU23087

PIU23092

PIU230101

PIU230102

PIU230103

PIU230104

PIU230105

PIU230110

PIU230111

PIU230120

PIU230126

PIU230129

COU23B

PIU2303

PIU2304

PIU2305

PIU2307

PIU2308

PIU2309

PIU23010

PIU23012

PIU23027

PIU23028

PIU23030

PIU23031

PIU23032

PIU23033

PIU23034

PIU23035

PIU23037

PIU23038

PIU23039

PIU23040

PIU23057

PIU23058

PIU23059

PIU23061

PIU23062

PIU23063

PIU23064

PIU23066

PIU23068

PIU23069

PIU23070

PIU23071

PIU23088

PIU23089

PIU23090

PIU23091

PIU23093

PIU23094

PIU23095

PIU23096

PIU23097

PIU23098

PIU23099

PIU230100

COU23C

PIU23013

PIU23015

PIU23018

PIU23020

PIU23021

PIU23022

PIU23023

PIU23025

PIU23026

PIU23051

PIU23053

PIU23054

PIU23055

PIU23072

PIU23074

PIU23075

PIU23076

PIU23077

PIU23079

PIU23082

PIU23084

PIU23085

PIU23086

PIU230106

PIU230107

PIU230108

PIU230109

PIU230112

PIU230113

PIU230114

PIU230115

PIU230116

PIU230117

PIU230118

PIU230119

PIU230121

PIU230122

COU23D

PIU23043

PIU23045

PIU23046

PIU23047

PIU23048

COU23E

PIU2

401

PIU2

402

PIU2403

PIU2404

PIU2

405

PIU2406

PIU2407

PIU2

408

COU24

PIU2

601

PIU2

602

PIU2603

PIU2604

PIU2605

PIU2

606

COU26

PIxDAC0SD101

COxDAC0SD1

PIxDAC0SD201

COxDAC0SD2

PIxDAC0SD301

COxDAC0SD3

PIxDAC0SD401

COxDAC0SD4

PIxSDIO101

COxSDIO1

PIxSDIO201

COxSDIO2

PIxSDIO301

COxSDIO3

PIxSDIO401

COxSDIO4

PIC14101PIC14201

PIC14301PIC14401

PIC14501PIC14601

PIC14701PIC14801

PIC14901PIC15001

PIC15101PIC15201

PIR14402

PIU23011

PIU23016

PIU23017

PIU23024

PIU23036

PIU23041

PIU23049

PIU23056

PIU23060

PIU23073

PIU23080

PIU23081

PIU23087

PIU230101

PIU230102

PIU230120

PIU230126

PIC13701

PIU230110

PIU230111

PIC13501

PIC13601

PIC13801PIC13901

PIC15301PIC15401

PIC15501PIC15601

PIR13302PIR13402

PIR13502PIR13702

PIR13802PIR13902

PIR19302PIR19402PI

SW20

1

PIU22016

PIU2306

PIU23014

PIU23019

PIU23029

PIU23042

PIU23044

PIU23052

PIU23067

PIU23078

PIU23083

PIU23092

PIU230105

PIU2

408

PIU2605

PIU230125

NL24

M0CL

K

PIU23095

NLAD

C0RS

T0N

PIJ801

PIJ803

PIJ806

PIJ809

PIJ8

012

NLAD

C0SD

1

PIJ804

NLAD

C0SD

2

PIJ807

NLAD

C0SD

3

PIJ8

010

NLAD

C0SD

4

PIR13301

PISW102B

PIU23068

PIU23075

NLBU

TTON

01

PIR13401

PISW302B

PIU23069

PIU23076

NLBU

TTON

02

PIR13501

PISW402B

PIU23070

PIU23077

NLBU

TTON

03

PIC0RX01

PIU23021

NLCO

AX0R

X

PIC0TX01

PIU23032

NLCO

AX0T

X

PIU23094

NLDA

C0RS

T0N

PIJ701

PIJ703

PIJ706

PIJ709

PIJ7012

NLDA

C0SD

1

PIJ704

NLDA

C0SD

2

PIJ707

NLDA

C0SD

3

PIJ7010

NLDA

C0SD

4

PIU2

203

NLDA

C0SD

5

PIU2

206

NLDA

C0SD

6

PIU22010

NLDA

C0SD

7

PIU22013

NLDA

C0SD

8

PIR14102PIU2201

PIU23093

NLDSD0MODE

PIR1

4701

NLET

H0RS

T

PIC13502

PIC13602

PIC13702PIC13802

PIC13902

PIC14002

PIC14102PIC14202

PIC14302PIC14402

PIC14502PIC14602

PIC14702PIC14802

PIC14902PIC15002

PIC15102PIC15202

PIC15302PIC15402

PIC15502PIC15602

PIJ904

PIJ908

PIJ9012

PIJ9016

PIJ9020

PIMTH101

PIMTH201

PIMTH301

PIMTH401

PIMTH501

PIMTH601

PIR14101

PIR1

4601

PISW101A

PISW101B

PISW203

PISW301A

PISW301B

PISW401A

PISW401B

PIU2208

PIU22015

PIU230104

PIU230129

PIU2404

PIU2

602

PIR13901

PISCL01

PIU23037

NLI2

C0SC

L

PIR13801

PISD

A01

PIU23038

NLI2

C0SD

A

PIJ802

PIU2202

NLiADC0SD1

PIJ805

PIU2205

NLiADC0SD2

PIJ808

PIU22011

NLiADC0SD3

PIJ8

011

PIU22014

NLiADC0SD4

PIR148

01NLINT

PILR

CLK0

1PIU23064

NLLRCLK

NLMC

LK0A

UDIO

NLMC

LK0D

IG

PIU23097

NLMC

LK0F

SEL

PIMCLK01

PIU23013

PIU23063

NLMC

LK0X

CORE

PIU230122

NLMDC

PIU230121

NLMDIO

PIMI

0RX0

1

PIU23015

NLMI

DI0R

XPI

MI0T

X01

PIU23018

NLMI

DI0T

X

PIU23086

PIU23085

PIU23084

PIU23082

PIU23065

PIU23061

PIU23059

PIU23057

PIU23055

PIU23054

PIU23053

PIU23051

PIU23050

PIU23043

PIU23040

PIU23039

PIU23026

PIU23025

PIU23023

PIU23022

PISW402A

PISW302A

PISW102A

PIR2

0202

PIU23058

PIR148

02PIU23074

PIR1

4702

PIU23072

PIR1

4602

PIU23048

PIR1

4501

PIU230123

PIR1

4302

PIU23012

PIR1

4202

PIU23010

PIR14001

PIU230112

PIR1

3601

PISW202

PIJ9019

PIJ9017

PIJ9011

PIJ903

PIJ902

PIJ901

PIC14001PIR14401PIU230103

PIO0RX01

PIU23020

NLOPT0RX

PIO0TX01

PIU23062

NLOPT0TX

PIR20201

NLOV

ERFL

OW

PIU230100

NLPLL0SELECT

PIU23030

NLPLL0SYNC

PIU2

601

NLPO

R0N

PIU23031

PIU2

405

NLQS

PI0D

0PIU23033

PIU2

402

NLQS

PI0D

1

PIU23034

PIU2403

NLQS

PI0D

2

PIU23035

PIU2407

NLQS

PI0D

3

PIR1

4502

PIR19401

PIU230124

PIU2604

PIU2

606

NLRS

T0N

PIU230116

NLRX0

PIU230117

NLRX1

PIU230118

NLRX2

PIU230119

NLRX3

PIU230114

NLRX0CLK

PIU230115

NLRX0CTL

PISCLK01

PIU23066

NLSCLK

PIU23028

PIU2406

NLSP

I0CL

K

PIR13701

PIU23027

PIU2

401

NLSPI0CS

PIR1

3602

PIU23071

PIU23079

NLSW

ITCH

01

PIJ909

PIU230128

NLTCK

PIJ905

PIU2302

NLTDI

PIJ9

013

PIU2301

NLTDO

PIJ907

PIU230127

NLTMS

PIU230109

NLTX0

PIU230108

NLTX1

PIU230107

NLTX2

PIU230106

NLTX3

PIR1

4002

NLTX0CLK

PIU230113

NLTX0CTL

PIU23047

NLUS

B0D0

NPIU23046

NLUS

B0D0

P

PIU23096

NLUSB0SEL0

PIU23098

NLUSB0SEL1

PIU23045

PIU23099

NLVB

US0O

UT0E

N

PIJ702

PIU2303

PIxDAC0SD101

NLxDAC0SD1

PIJ705

PIU2304

PIxDAC0SD201

NLxDAC0SD2

PIJ708

PIU2305

PIxDAC0SD301

NLxDAC0SD3

PIJ7

011

PIU2307

PIxDAC0SD401

NLxDAC0SD4

PIJ9

014

PIU2309

NLXL0DN0

PIJ9018

PIU2308

NLXL0DN1

PIJ9010

PIR14201

NLXL0UP0

PIJ906

PIR14301

NLXL0UP1

PIU2

204

PIU23088

PIxSDIO101

NLxSDIO1

PIU2

207

PIU23089

PIxSDIO201

NLxSDIO2

PIU2

209

PIU23090

PIxSDIO301

NLxSDIO3

PIU22012

PIU23091

PIxSDIO401

NLxSDIO4

PIJ9015

PIR19301

PIU2603

NLXS

YS0R

ST0N

Figure 28:


AudioPlatform

schematic (1of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

29

xC-2

00-M

C-A

UD

IO-E

ther

.Sch

Doc

xCO

RE-

200

MC

AU

DIO

A3

of

RST

n1

LX2

VD

D33

3X

TLO

4

XTL

I5

AV

DD

L6

RB

IAS

7

VD

DH

_REG

8

TRXP0 9

TRXN0 10A

VD

DL

11

TRXP1 12

TRXN1 13

AV

DD

3314

TRXP2 15

TRXN2 16

AV

DD

L17

TRXP3 18

TRXN3 19

INT

20LED_ACT21

LED_100022

CLK

_25M

23

LED_10_10024

RX

D3

25R

XD

226

VD

DIO

_REG

27

RX

D1

28R

XD

029

RX

_DV

30R

X_C

LK31

TX_E

N32

GTX

_CLK

33

TXD

034

TXD

135

TXD

236

TXD

337

DV

DD

L38

MD

IO39

MD

C40

GN

D41

U14

AR

8035

TX0

TX1

TX2

TX3

RX

0R

X1

RX

2R

X3

RX

_DV

RX

_CLK

TX_E

NTX

_CLK

22R

R11

2

INT

3V3

MD

IOM

DC

1K5

R108

PHY

_RST

n

GN

D

27P

C106

27P

C101

GN

D

470P

C90

470P

C89

470P

C88

VD

DH

_REG

GN

DG

ND

GN

D

510R

R102

510R

R103

3V3

4U7

L1

10U

C91

100N

C92

GN

DG

ND

1V1

1V1 10

0N

C97

GN

D

100N

C98

100N

C99

100N

C10

0

GN

DG

ND

GN

D

470R

500m

A

FB1

1V1

10U

C10

2

100N

C10

3

470R

XX

A

FB2

1UC10

4

100N

C10

5

3V3

GN

DG

ND

GN

DG

ND

1UC10

7

100N

C10

8

VD

DH

_REG

GN

DG

ND

GN

D

TRC

T31

TRD

3-2

TRD

3+3

TRD

2+4

TRD

2-5

TRC

T26

TRC

T47

TRD

4+8

TRD

4-9

TRD

1-10

TRD

1+11

TRC

T112

J5A

L829

-1J1

T-43

14 13

YEL

J5B

L829

-1J1

T-43

16 17

GRN

15

ORA

J5C

L829

-1J1

T-43

100N

C96

100N

C95

100N

C94

100N

C93

GN

D

TRD

_1_P

TRD

_1_N

TRD

_2_P

TRD

_2_N

TRD

_3_P

TRD

_3_N

TRD

_4_P

TRD

_4_N

TRD

_1_P

TRD

_1_N

TRD

_2_P

TRD

_2_N

TRD

_3_P

TRD

_3_N

TRD

_4_P

TRD

_4_N

VD

DH

_REG

VD

DH

_REG

10K

R109

10K

R107

2K37

R113

25M

FA23

8

X2

10K

R104

10K

R105

10K

R106

10K

R110

10K

R111

GN

D

PIC8801 PIC8802COC88 PIC8901 PIC8902COC89 PIC9001 PIC9002COC90

PIC9101 PIC9102COC91 PIC9201 PIC9202COC92

PIC9301 PIC9302COC93 PIC9401 PIC9402COC94 PIC9501 PIC9502COC95 PIC9601 PIC9602COC96

PIC9701 PIC9702COC97

PIC9801 PIC9802COC98 PIC9901 PIC9902COC99 PIC10001 PIC10002C

OC100

PIC10101

PIC10102

COC101PIC10201 PIC10202C

OC102 PIC10301 PIC10302COC103


PIC10601

PIC10602


OC107

PIC10801 PIC10802COC108

PIFB101

PIFB102

COFB1

PIFB201

PIFB202

COFB2

PIJ501

PIJ502

PIJ503

PIJ504

PIJ505

PIJ506

PIJ507

PIJ508

PIJ509

PIJ5010

PIJ5011

PIJ5012COJ5A

PIJ5013PIJ5014

COJ5B

PIJ5015

PIJ5016 PIJ5017

COJ5C

PIL1

01PI

L102

COL1



PIR10601PIR10602 COR106


PIR10901 PIR10902COR109


PIR11201

PIR11202

COR112

PIR11301PIR11302 COR113

PIU1401

PIU1402

PIU1403

PIU1404

PIU1405

PIU1406

PIU1407

PIU1408

PIU1409PIU14010

PIU14011

PIU14012PIU14013

PIU14014

PIU14015PIU14016

PIU14017

PIU14018PIU14019

PIU14020

PIU14021PIU14022

PIU14023

PIU14024

PIU14025

PIU14026

PIU14027

PIU14028

PIU14029

PIU14030

PIU14031

PIU14032

PIU14033

PIU14034

PIU14035

PIU14036

PIU14037

PIU14038

PIU14039

PIU14040

PIU14041

COU14

PIX201PI

X202

PIX203PI

X204

COX2

PIC9101PIC9201

PIC9701

PIFB102

PIL1

02

PIU14038

PIC10201PIC10301

PIFB202

PIR10202PIR10302

PIR10702

PIU1403

PIC8802PIC8902

PIC9002

PIC9102PIC9202

PIC9302PIC9402

PIC9502PIC9602

PIC9702

PIC9802PIC9902

PIC10002

PIC10102

PIC10202PIC10302

PIC10402PIC10502

PIC10602

PIC10702PIC10802

PIR10902

PIR11301

PIU14041

PIX2

02

PIX2

04

PIC8801

PIJ5015PIR10401

PIU14024

PIC8901

PIJ5017PIR10501

PIU14022

PIC9001

PIJ5013PIR10601

PIU14021

PIC9301

PIJ5012

PIC9401

PIJ506

PIC9501

PIJ501

PIC9601PIJ507

PIC9801PIC9901

PIC10001PIFB101

PIU1406

PIU14011

PIU14017

PIC10101

PIU1404

PIX203PIC10401

PIC10501PIFB201

PIU14014

PIC10601

PIU1405

PIX201

PIJ5014PIR10201PIJ5016PIR10301

PIL1

01PIU1402

PIR10701

PIU14020

POINT

PIR10801

PIU14039

POMDIO

PIR10901

PIU1401

POPHY0RSTn

PIR11001

PIU14025

PORX3

PIR11101

PIU14026

PORX2

PIR11201

PORX0CLK

PIR11202

PIU14031

PIR11302PIU1407

PIU14023

PIU14028

PORX1

PIU14029

PORX0

PIU14030

PORX0DV

PIU14032

POTX0EN

PIU14033

POTX0CLK

PIU14034

POTX0

PIU14035

POTX1

PIU14036

POTX2

PIU14037

POTX3

PIU14040

POMDC

PIJ5010

PIU14010

NLTRD010N

PIJ5011

PIU1409

NLTRD010P

PIJ505

PIU14013

NLTRD020N

PIJ504

PIU14012

NLTRD020P

PIJ502

PIU14016

NLTRD030N

PIJ503

PIU14015

NLTRD030P

PIJ509

PIU14019NLTRD040N

PIJ508

PIU14018NLTRD040P

PIC10701PIC10801

PIR10402PIR10502

PIR10602

PIR10802PIR11002

PIR11102

PIU1408

PIU14027

POINT

POMDC

POMDIO

POPHY0RSTN

PORX0

PORX1

PORX2

PORX3

PORX0CLK

PORX0DV

POTX0

POTX1

POTX2

POTX3

POTX0CLK

POTX0EN

Figure 29:


AudioPlatform

schematic (2of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

39

xC-2

00-M

C-A

UD

IO-P

ower

.Sch

Doc

xCO

RE-

200

MC

AU

DIO

A3

of

EN1

NC

2

GN

D3

OU

T4

IN5

U21

MIC

5213

GN

D

5V

2V5 1UC

134

GN

D

1UC13

0

GN

D

GND 2

EN6

VIN

_SW

4SW

3

FB1

VIN

_A5

GND_PAD 7

ST1S

06U

16

2U2

L3

4U7

C11

9

22U

C12

0

5V GN

D

4K7

R122

18K

R126

1K

R123

1V0

GN

D

GN

D

GN

DG

ND

VO

UT

= 0.

8 x

(1 +

4.7

/18)

= 1

.01V

3V3_

PG

4U7

C12

2

ST1S

06

GND 2

EN6

VIN

_SW

4SW

3

FB1

VIN

_A5

GND_PAD 7

U18

GN

D

GN

D

2U2

L4

18K

R128 GN

D

22U

C12

3

2K2

R129

GN

DG

ND

3V3

VR

EF =

0.8

VV

OU

T =

0.8

x (1

+ 1

8/5.

6) =

3.3

7V

5V

5K6

R131

CD

5

RST

_OU

T1

GN

D3

INPU

T2

NC

4

NC

P303

LSN

30U

20

1NC12

9

10K

R132

3V3

3V3

GN

DG

ND

3V3_

PG

1K

R130

GR

EEN

D7 G

ND

3K9

R124

ENIN

1

GN

D2

VIN

3

ENO

UT

4

CEX

T5

VC

C6

U17

AD

M10

85

3V3_

PG

1V0

GN

DG

ND

3V3

100N

C11

8

GN

D

3V3

15P

C12

1

GN

D

10K

R1253V3

POR

1K

R115

GR

EEN

D4 G

ND

5VPJ

-002

A 1 3 2

J6

100N

C10

9

GN

DG

ND

B24

0A

D1 SM

BJ2

2AD3 G

ND

120R

3A

FB3

100U

C11

0

10U

C11

1

10U

C11

2

GN

DG

ND

GN

D

100K

R114

100N

C11

7

GN

DG

ND

RT8

293B

VIN

2

GN

D_4

4

SW3

BO

OT

1

CO

MP

6

SS8

FB5

EN7

GN

D_9

9

U15

100N

C11

3

62K

R117

33K

R119

2N2

C11

4

GN

D

22U

C11

5

22U

C11

6

GN

DG

ND

1N41

48W

D2

11K8

R121 GN

D

3AF1

4U7

C12

6

GN

D

2U2

C12

4

5VA 47

U

C12

8

GN

DG

ND

5V

4U7

C13

1

GN

D

3V3A

120R

500m

A

FB5

47U

C13

3

1UC13

2

GN

DG

ND

3V3

6U8

L2

12V

5V 3V3

1V0

5VA

3V3A 2V

512

V

GN

D1

GN

D2

GN

D3

GN

D4

GN

D5

GN

D6

GN

D7

GN

D

5V3V

31V

05V

A3V

3A2V

512

V

10K

R127

1UC16

0

12V

GN

D

VR

EF =

0.8

V

120R

3A

FB4

100N

C12

5

GN

D

PI1V001

CO1V0

PI2V

501

CO2V5

PI3V

301

CO3V3

PI3V3A01

CO3V3A

PI5V01

CO5V

PI5VA01

CO5VA

PI12

V01

CO12V

PIC10901 PIC10902COC109

PIC11001 PIC11002COC110 PIC11101 PIC11102COC111 PIC11201 PIC11202COC112

PIC11301 PIC11302COC113

PIC11401 PIC11402COC114


PIC11701 PIC11702COC117

PIC11801 PIC11802COC118

PIC11901 PIC11902COC119

PIC12001 PIC12002COC120

PIC12101 PIC12102COC121

PIC12201 PIC12202COC122

PIC12301 PIC12302COC123

PIC12401 PIC12402COC124

PIC12501 PIC12502COC125

PIC12601 PIC12602COC126

PIC12801 PIC12802COC128

PIC12901 PIC12902COC129

PIC13001 PIC13002COC130

PIC13101 PIC13102COC131


PIC13401 PIC13402COC134

PIC16001 PIC16002COC160

PID1

01PI

D102

COD1

PID2

01PI

D202

COD2

PID301 PID302COD3

PID401PID402COD4

PID701PID702COD7

PIF1

01PI

F102

COF1

PIFB301

PIFB302

COFB3

PIFB401

PIFB402

COFB4

PIFB501

PIFB502

COFB5

PIGN

D101

COGND1

PIGN

D201

COGND2

PIGND301

COGND3

PIGND401

COGND4

PIGND501

COGND5

PIGN

D601

COGND6

PIGN

D701

COGND7

PIJ601

PIJ602

PIJ603

COJ6

PIL2

01PI

L202

COL2

PIL3

01PI

L302

COL3

PIL4

01PI

L402

COL4


PIR11701PIR11702 COR117






PIR13001PIR13002 COR130

PIR13101PIR13102 COR131

PIR13201PIR13202 COR132

PIU1501

PIU1502

PIU1503

PIU1504

PIU1505

PIU1506

PIU1507

PIU1508

PIU1509COU15

PIU1601

PIU1602

PIU1603

PIU1604

PIU1605

PIU1606

PIU1607

COU16

PIU1701

PIU1702

PIU1703

PIU1704

PIU1705

PIU1706

COU17

PIU1801

PIU1802

PIU1803

PIU1804

PIU1805

PIU1806

PIU1807

COU18

PIU2001

PIU2002

PIU2

003

PIU2004

PIU2005COU20

PIU2101

PIU2102

PIU2103

PIU2104

PIU2105

COU21

PI1V001

PIC12001PI

L302

PIR12202PIR12302

PIR12402

PI2V

501

PIC13401PIU2104

PI3V

301

PIC11801

PIC12301

PIC13101PIFB501

PIL4

02

PIR12502

PIR12802PIR12902

PIR13002

PIR13202

PIU1706

PIU2002

PIR13201

PIU1606

PIU1701

PIU2001

NL3V

30PG

PI3V3A01

PIC13201PIC13301

PIFB502

PI5V01

PIC11501PIC11601

PIC11901PIC12201PIC12601

PIC13001

PID2

02

PIFB401

PIL2

02

PIR11502

PIR11702

PIU1604

PIU1605

PIU1804

PIU1805

PIU1806

PIU2101

PIU2105

PI5VA01

PIC12401PIC12501

PIC12801

PIFB402

PI12

V01

PIC11001PIC11101

PIC11201

PIC16001

PIFB302

PIR11402PIU1502

PIC10902PIC11002

PIC11102PIC11202

PIC11502PIC11602

PIC11702

PIC11802

PIC11902PIC12002

PIC12102

PIC12202PIC12302

PIC12402PIC12502

PIC12602PIC12802

PIC12902

PIC13002

PIC13102PIC13202

PIC13302

PIC13402

PIC16002

PID302

PID401 PID701

PIGN

D101

PIGN

D201

PIGND301

PIGND401

PIGND501

PIGN

D601

PIGN

D701

PIJ602

PIJ603

PIR11901PIR12101

PIR12301

PIR12601

PIR12701

PIR12901

PIR13101

PIU1504

PIU1509

PIU1602PIU1607

PIU1702

PIU1802PIU1807

PIU2

003

PIU2103

PIC10901PI

F101

PIJ601

PIC11301PI

D201

PIU1501

PIC11302PI

L201

PIU1503

PIC11401PIU1506

PIC11402 PIR11902

PIC11701

PIU1508

PIC12101PIU1705

PIC12901PIU2005

PID1

01

PID301PIFB301

PID1

02PI

F102

PID402PIR11501 PID702PIR13001

PIL3

01PIU1603

PIL4

01PIU1803

PIR11401

PIU1507

PIR11701 PIR12102

PIU1505

PIR12201 PIR12602

PIU1601

PIR12401 PIR12702PIU1703

PIR12501PIU1704

POPOR

PIR12801 PIR13102

PIU1801

PIU2004

PIU2102

POPOR

Figure 30:


AudioPlatform

schematic (3of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

49

xC-2

00-M

C-A

UD

IO-D

AC

.Sch

Doc

xCO

RE-

200

MC

AU

DIO

A3

of

DSD

31

DSD

22

DSD

13

VD4 GND 5

MC

LK6

LRC

LK7

SDIN

18

SCLK

9

M4(TST) 10

SDIN

211

M3(TST) 12

SDIN

313

SDIN

414

SCL

15

SDA

16

AD

017

VLC

18

RST

_N19

FILT

+20

VQ

21

MU

TEC

222

AO

UT8

24

AO

UT7

25

AO

UT6

28

AO

UT5

29

GND 31

VA32

AO

UT4

34

AO

UT3

35

AO

UT2

38

AO

UT1

39

TST_

OU

T

MU

TEC

141

DSD

_SC

LK42

VLS

43

DSD

844

DSD

745

DSD

646

DSD

547

DSD

448

U13

CS4

384

100N

C65

GN

DG

ND

2V5

220R

R83

MC

LK47

0RR

84LR

CLK

SCLK

SD1

SD2

SD3

SD4

470R

R85

0RR

93

100N

C72

GN

D

3V3A

DA

C_R

ST_N

SCL

SDA

GN

D

100N

C77

GN

D

3V3A

GN

D

100N

C66

GN

DG

ND

5VA

100N

C78

100N

C80

1UC79

47U

C81

GN

DG

ND

GN

DG

ND

22U

C62

47K

R80

562R

R79

GN

DG

ND

22U

C68

47K

R82

562R

R81

GN

DG

ND

GN

D

22U

C70

47K

R88

562R

R86

GN

DG

ND

22U

C73

47K

R92

562R

R90

GN

DG

ND

GN

D

22U

C75

47K

R95

562R

R94

GN

DG

ND

22U

C82

47K

R97

562R

R96

GN

DG

ND

GN

D

22U

C84

47K

R99

562R

R98

GN

DG

ND

22U

C86

47K

R101

562R

R10

0

GN

DG

ND

GN

D

AO

UT1

AO

UT2

AO

UT3

AO

UT4

AO

UT5

AO

UT6

AO

UT7

AO

UT8

AO

UT1

AO

UT2

AO

UT3

AO

UT4

AO

UT5

AO

UT6

AO

UT7

AO

UT8

1UC64

1UC67

DSD

5D

SD6

DSD

7D

SD8

674 58

35R

APC

7J

J3A

12 3

35R

APC

7J

J3B

674 58

35R

APC

7J

J4A

12 3

35R

APC

7J

J4B

54

470R

R87

D

81

0RR

89A

54

0RR

89D

63

0RR

89C

72

0RR

89B

81

470R

R91

A

54

470R

R91

D6

347

0RR

91C

72

470R

R91

B

I2C

AD

DR

= 0

0110

00[R

/W]

63

470R

R87

C

81

470R

R87

A7

247

0RR

87B

2N2

C63

2N2

C69

2N2

C71

2N2

C74

2N2

C76

2N2

C83

2N2

C85

2N2

C87

PIC6201

PIC6202


OC63

PIC6401 PIC6402COC64 PIC6501 PIC6502C

OC65



PIC6801

PIC6802


OC69

PIC7001

PIC7002


OC71


PIC7

301

PIC7302


OC74

PIC7501

PIC7502


OC76




PIC8

201

PIC8202


OC83

PIC8

401

PIC8402


OC85

PIC8601

PIC8602


OC87

PIJ304

PIJ305

PIJ306

PIJ307

PIJ308COJ3A

PIJ301

PIJ302

PIJ303COJ3B

PIJ404

PIJ405

PIJ406

PIJ407

PIJ408COJ4A

PIJ401

PIJ402

PIJ403

COJ4B

PIR7901

PIR7902

COR79

PIR8001PIR8002 COR80

PIR8101

PIR8102

COR81

PIR8201PIR8202 COR82PIR8301

PIR8302

COR83

PIR8401

PIR8402

COR84

PIR8501

PIR850

2COR85

PIR8601

PIR8602

COR86

PIR8701

PIR8708

COR87A

PIR8702

PIR8707

COR87B

PIR8703

PIR8706

COR87C

PIR8704

PIR8705

COR87D


PIR8901

PIR890

8COR89A

PIR8902

PIR8907

COR89B

PIR8903

PIR8906

COR89C

PIR8904

PIR8905

COR89D

PIR9001

PIR9002

COR90

PIR9101

PIR9108

COR91A

PIR9102

PIR9107

COR91B

PIR9103

PIR9106

COR91C

PIR9104

PIR9105

COR91D


PIR930

2COR93

PIR9401

PIR9402

COR94


PIR9601

PIR9602

COR96


PIR9801

PIR9802

COR98


PIR10001

PIR10002

COR100

PIR10101PIR10102 COR101

PIU1301

PIU1302

PIU1303

PIU1304 PIU1305

PIU1306

PIU1307

PIU1308

PIU1309

PIU13010

PIU13011

PIU13012

PIU13013

PIU13014

PIU13015

PIU13016

PIU13017

PIU13018

PIU13019

PIU13020

PIU13021

PIU13022

PIU13024

PIU13025

PIU13028

PIU13029

PIU13031

PIU13032

PIU13034

PIU13035

PIU13038

PIU13039

PIU13040

PIU13041

PIU13042

PIU13043

PIU13044

PIU13045

PIU13046

PIU13047

PIU13048COU13

PIC6401PIC6501

PIU1304

PIC7201

PIC7701PIU13018

PIU13043

PIC6601PIC6701

PIU13032

PIC6201

PIU13039

NLAO

UT1

PIC6801

PIU13038

NLAOUT2

PIC7001

PIU13035

NLAOUT3

PIC7

301

PIU13034

NLAOUT4

PIC7501

PIU13029

NLAO

UT5

PIC8

201

PIU13028

NLAOUT6

PIC8

401

PIU13025

NLAOUT7

PIC8601

PIU13024

NLAOUT8

PIC6302PIC6402

PIC6502PIC6602

PIC6702

PIC6902 PIC7102

PIC7202

PIC7402 PIC7602PIC7702

PIC7802PIC7902

PIC8002PIC8102

PIC8302

PIC8502 PIC8702

PIJ301

PIJ306

PIJ401

PIJ406

PIR8001 PIR8201 PIR8801 PIR9201 PIR9501 PIR9701

PIR9901 PIR10101

PIU1305PIU13010

PIU13012

PIU13017

PIU13031

PIC6202

PIR7901

PIR8002PIC6301

PIJ304

PIR7902

PIC6802

PIR8101

PIR8202PIC6901

PIJ305

PIR8102

PIC7002

PIR8601

PIR8802PIC7101

PIJ302

PIR8602

PIC7302

PIR9001

PIR9202PIC7401

PIJ303

PIR9002

PIC7502

PIR9401

PIR9502PIC7601

PIJ404

PIR9402

PIC7801PIC7901

PIU13021

PIC8001PIC8101

PIU13020

PIC8202

PIR9601

PIR9702PIC8301

PIJ405

PIR9602

PIC8402

PIR9801

PIR9902PIC8501

PIJ402

PIR9802

PIC8602

PIR10001

PIR10102PIC8701

PIJ403

PIR10002

PIJ307

PIJ308

PIJ407

PIJ408

PIR8301

POMCLK

PIR8302

PIU1306

PIR8401

POLRCLK

PIR8402

PIR9301

PIU1307

PIR8501

POSCLK

PIR850

2PIU1309

PIR8701

POSD1

PIR8702

POSD2

PIR8703

POSD3

PIR8704

POSD4

PIR8705

PIR8901

PIU13014

PIR8706

PIR8902

PIU13013

PIR8707

PIR8903

PIU13011

PIR8708

PIR8904

PIU1308

PIR8905PIU1303

PIR8906PIU1302

PIR8907PIU1301

PIR890

8PIU13048

PIR9101

PODSD8

PIR9102

PODSD7

PIR9103

PODSD6

PIR9104

PODSD5

PIR9105

PIU13047

PIR9106

PIU13046

PIR9107

PIU13045

PIR9108

PIU13044

PIR930

2PIU13042

PIU13015

POSCL

PIU13016

POSDA

PIU13019

PODAC0RST0N

PIU13022

PIU13040

PIU13041

PODAC0RST0N

PODSD5

PODSD6

PODSD7

PODSD8

POLRCLK

POMCLK

POSCL

POSCLK

POSD1

POSD2

POSD3

POSD4

POSDAFigure 31:


AudioPlatform

schematic (4of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

59

xC-2

00-M

C-A

UD

IO-A

DC

.Sch

Doc

xCO

RE-

200

MC

AU

DIO

A2

of

AIN

2+1

AIN

2-2

GND 3

VA4

REF

_GN

D5

FILT

+6

VQ

7

GN

D8

VA9

GND 10

AIN

4+11

AIN

4-12

AIN

3+13

AIN

3-14

AIN

7+15

AIN

7-16

AIN

8+17

AIN

8-18

GND 19

VX

20

XTI

21

XTO

22

MC

LK23

LRC

LK/F

S24

SCLK

25

SDO

UT4

26

SDO

UT2

27

VLS

28

GND 29

SDO

UT1

/TD

M30

SDO

UT3

/TD

M_N

31

GND 32

VD33

CLK

MO

DE

34

VLC

35

OV

FL_N

36

AD

137

AD

038

SCL

39

SDA

40

RST

_N41

MD

IV42

AIN

6+43

AIN

6-44

AIN

5+45

AIN

5-46

AIN

1+47

AIN

1-48

U5

CS5

368

GN

D

GN

D

100K

R11

1UC6

GN

D

100K

R12

3K3

R15

3K3

R18

100N

C11

GN

D

5VA

5VA

470P

C3

100U

C12

GN

DG

ND

GN

D

91R

R4

634R

R10634RR2

470P

C8

91R

R16

634RR6

LMV

722

2 3

V- 4V+8

1

U2A

LMV

722

6 5

7

U2B

100N

C4

GN

D

5VA

GN

D100K

R29

1UC18

GN

D

100K

R30

3K3

R33

3K3

R36

100N

C28

GN

D

5VA

5VA

470P

C15

100U

C29

GN

DG

ND

GN

D

91R

R22

634R

R28634R

R20

470P

C20

91R

R34

634R

R24

LMV

722

2 3

V- 4V+8

1

U4A

LMV

722

6 5

7

U4B

100N

C16

GN

D

5VA

100K

R47

1UC40

GN

D

100K

R48

3K3

R51

3K3

R54

100N

C45

GN

D

5VA

5VA

470P

C37

100U

C46

GN

DG

ND

GN

D

91R

R40

634R

R46634R

R38

470P

C42

91R

R52

634R

R42

LMV

722

2 3

V- 4V+8

1

U7A

LMV

722

6 5

7

U7B

100N

C38

GN

D

5VA

GN

D

100K

R65

1UC52

GN

D

100K

R66

3K3

R69

3K3

R72

100N

C57

GN

D

5VA

5VA

470P

C49

100U

C58

GN

DG

ND

GN

D

91R

R58

634R

R64634R

R56

470P

C54

91R

R70

634R

R60

LMV

722

2 3

V- 4V+8

1

U9A

LMV

722

6 5

7

U9B

100N

C50

GN

D

5VA

100K

R8

1UC5

GN

D

100K

R9

3K3

R13

3K3

R17

100N

C9

GN

D

5VA

5VA

470P

C1

100U

C10

GN

DG

ND

GN

D

91R

R3

634R

R7634RR1

470P

C7

91R

R14

634RR5

LMV

722

2 3

V- 4V+8

1

U1A

LMV

722

6 5

7

U1B

100N

C2

GN

D

5VA

GN

D

100K

R26

1UC17

GN

D

100K

R27

3K3

R31

3K3

R35

100N

C25

GN

D

5VA

5VA

470P

C13

100U

C26

GN

DG

ND

GN

D

91R

R21

634R

R25634R

R19

470P

C19

91R

R32

634R

R23

LMV

722

2 3

V- 4V+8

1

U3A

LMV

722

6 5

7

U3B

100N

C14

GN

D

5VA

100K

R44

1UC39

GN

D

100K

R45

3K3

R49

3K3

R53

100N

C43

GN

D

5VA

5VA

470P

C34

100U

C44

GN

DG

ND

GN

D

91R

R39

634R

R43634R

R37

470P

C41

91R

R50

634R

R41

LMV

722

2 3

V- 4V+8

1

U6A

LMV

722

6 5

7

U6B

100N

C35

GN

D

5VA

GN

D

100K

R62

1UC51

GN

D

100K

R63

3K3

R67

3K3

R71

100N

C55

GN

D

5VA

5VA

470P

C47

100U

C56

GN

DG

ND

GN

D

91R

R57

634R

R61634R

R55

470P

C53

91R

R68

634R

R59

LMV

722

2 3

V- 4V+8

1

U8A

LMV

722

6 5

7

U8B

100N

C48

GN

D

5VA

AIN

1+

AIN

1- AIN

2+

AIN

2-

AIN

3+

AIN

3- AIN

4+

AIN

4-

AIN

5+

AIN

5- AIN

6+

AIN

6-

AIN

7+

AIN

7- AIN

8+

AIN

8-

100N

C31

100N

C33

220U

C30

GN

D

GN

D1UC

32

1UC22

1UC23

GN

DG

ND

100N

C21

100N

C24

GN

DG

ND

5VA

3V3A

GN

D

AIN

8-

AIN

8+

AIN

7+

AIN

6+

AIN

5+

AIN

4+

AIN

3+

AIN

2+

AIN

1+

AIN

1-

AIN

2-

AIN

3-

AIN

4-

AIN

5-

AIN

7-

AIN

6-

100N

C27

GN

D

3V3A

SCL

SDA

OV

FL_N

AD

C_R

ST_N

100N

C36

3V3A

GN

D

SDO

UT1

SDO

UT2

SDO

UT3

SDO

UT4

LRC

LKSC

LKM

CLK

5VA

674 58

35R

APC

7J

J2A

12 3

35R

APC

7JJ2B

674 58

35R

APC

7JJ1A 12 3

35R

APC

7JJ1B

GN

D

I2C

AD

DR

= 1

0011

00[R

/W]

PIC101

PIC102

COC1

PIC201 PIC202COC2

PIC301

PIC302

COC3

PIC401 PIC402COC4

PIC501

PIC502

COC5

PIC601

PIC602

COC6

PIC701

PIC702

COC7

PIC801

PIC802

COC8


OC10


PIC1301

PIC1302

COC13


PIC1501

PIC1502

COC15


PIC1

701

PIC1

702

COC17

PIC1801

PIC1802

COC18

PIC1

901

PIC1

902

COC19

PIC2001

PIC2002

COC20


OC22



OC26



OC29



PIC3401

PIC3402

COC34



PIC3

701

PIC3

702

COC37


PIC3

901

PIC3

902

COC39

PIC4001

PIC4002

COC40

PIC4

101

PIC4

102

COC41

PIC4201

PIC4202

COC42



OC46

PIC4701

PIC4702

COC47


PIC4901

PIC4902

COC49


PIC5

101

PIC5

102

COC51

PIC5201

PIC5202

COC52

PIC5

301

PIC5

302

COC53

PIC5401

PIC5402

COC54


OC56


PIJ104

PIJ105

PIJ106

PIJ107

PIJ108

COJ1A

PIJ101

PIJ102

PIJ103

COJ1B

PIJ204

PIJ205

PIJ206

PIJ207

PIJ208

COJ2A

PIJ201

PIJ202

PIJ203

COJ2B

PIR101

PIR102

COR1

PIR201

PIR202

COR2

PIR3

01PIR302

COR3

PIR401

PIR402

COR4

PIR501

PIR502

COR5

PIR601

PIR602

COR6





PIR1402

COR14


PIR1602

COR16


PIR1901

PIR1902

COR19

PIR2001

PIR2002

COR20

PIR2101

PIR2102

COR21

PIR2201

PIR220

2

COR22

PIR2301

PIR230

2

COR23

PIR2401

PIR2402

COR24





PIR3202

COR32


PIR3402

COR34


PIR3701

PIR3702

COR37

PIR3801

PIR380

2

COR38

PIR3901

PIR3902

COR39

PIR4001

PIR400

2

COR40

PIR4101

PIR410

2

COR41

PIR4201

PIR4202

COR42





PIR5002

COR50


PIR5202

COR52


PIR5501

PIR5502

COR55

PIR5601

PIR5602

COR56

PIR5701

PIR5702

COR57

PIR5801

PIR5802

COR58

PIR5901

PIR5902

COR59

PIR6001

PIR6002

COR60





PIR680

2

COR68


PIR7002

COR70


PIU101

PIU102

PIU103

PIU104PIU108COU1A

PIU105

PIU106

PIU107

COU1B

PIU201

PIU202

PIU203

PIU204PIU208COU2A

PIU205

PIU206

PIU207

COU2B

PIU301

PIU302

PIU303

PIU304PIU308COU3A

PIU305

PIU306

PIU307

COU3B

PIU401

PIU402

PIU403

PIU404PIU408COU4A

PIU405

PIU406

PIU407

COU4B

PIU501

PIU502

PIU503

PIU504

PIU505

PIU506

PIU507

PIU508

PIU509

PIU5010

PIU5011

PIU5012

PIU5013

PIU5014

PIU5015

PIU5016

PIU5017

PIU5018

PIU5019

PIU5020

PIU5021

PIU5022

PIU5023

PIU5024

PIU5025

PIU5026

PIU5027

PIU5028

PIU5029

PIU5030

PIU5031

PIU5032

PIU5033

PIU5034

PIU5035

PIU5036

PIU5037

PIU5038

PIU5039

PIU5040

PIU5041

PIU5042

PIU5043

PIU5044

PIU5045

PIU5046

PIU5047

PIU5048 COU5

PIU601

PIU602

PIU603

PIU604PIU608COU6A

PIU605

PIU606

PIU607

COU6B

PIU701

PIU702

PIU703

PIU704PIU708COU7A

PIU705

PIU706

PIU707

COU7B

PIU801

PIU802

PIU803

PIU804PIU808COU8A

PIU805

PIU806

PIU807

COU8B

PIU901

PIU902

PIU903

PIU904PIU908COU9A

PIU905

PIU906

PIU907

COU9B

PIC2301PIC2401

PIC2701

PIC3601

PIU5028

PIU5033PIU5035

PIC201PIC401

PIC1401PIC1601

PIC2101PIC2201

PIC3501PIC3801

PIC4801PIC5001

PIR1302

PIR1502

PIR3102

PIR3302

PIR4902

PIR5102

PIR6702

PIR6902

PIU108PIU208

PIU308PIU408

PIU504PIU509

PIU5020

PIU608PIU708

PIU808PIU908

PIR202

PIR402

PIU5047

NLAI

N10

PIR602

PIR1602

PIU5048

NLAIN10

PIR2002

PIR220

2

PIU501

NLAIN20

PIR2402

PIR3402

PIU502

NLAIN20

PIR380

2

PIR400

2

PIU5013

NLAI

N30

PIR4202

PIR5202

PIU5014

NLAIN30

PIR5602

PIR5802

PIU5011

NLAIN40

PIR6002

PIR7002

PIU5012

NLAIN40

PIR102

PIR302

PIU5045

NLAIN50

PIR502

PIR1402

PIU5046

NLAIN50

PIR1902

PIR2102

PIU5043

NLAIN60

PIR230

2

PIR3202

PIU5044

NLAI

N60

PIR3702

PIR3902

PIU5015

NLAIN70

PIR410

2

PIR5002

PIU5016

NLAIN70

PIR5502

PIR5702

PIU5017

NLAIN80

PIR5902

PIR680

2

PIU5018

NLAI

N80

PIC202PIC402

PIC902PIC1002

PIC1102PIC1202

PIC1402PIC1602

PIC2102PIC2202

PIC2302PIC2402

PIC2502PIC2602

PIC2702PIC2802

PIC2902

PIC3002PIC3102

PIC3202PIC3302

PIC3502PIC3602

PIC3802

PIC4302PIC4402

PIC4502PIC4602

PIC4802PIC5002

PIC5502PIC5602

PIC5702PIC5802

PIJ101PIJ106

PIJ201

PIJ206

PIR801

PIR1101

PIR1701

PIR1801

PIR2601

PIR2901

PIR3501

PIR3601

PIR4401

PIR4701

PIR5301

PIR5401

PIR6201

PIR6501

PIR7101PIR7201

PIU104PIU204

PIU304PIU404

PIU503

PIU505

PIU508

PIU5010PIU5019

PIU5021

PIU5022

PIU5029PIU5032

PIU5034

PIU5037

PIU5038

PIU5042

PIU604PIU704

PIU804PIU904

PIC101

PIR101

PIU102

PIC102

PIR3

01

PIR702

PIU101

PIC301

PIR201

PIU202

PIC302

PIR401

PIR1002

PIU201

PIC501

PIR902PIU103

PIC502

PIJ104

PIR802PIC601

PIR1202PIU203

PIC602

PIJ204

PIR1102PIC701

PIR501

PIR701

PIU106

PIC702

PIR1401

PIU107

PIC801

PIR601

PIR1001

PIU206

PIC802

PIR1601

PIU207

PIC901PIC1001

PIR901

PIR1301 PIR1702PIU105

PIC1101PIC1201

PIR1201


PIC1301

PIR1901

PIU302

PIC1302

PIR2101

PIR2502

PIU301

PIC1501

PIR2001

PIU402

PIC1502

PIR2201

PIR2802

PIU401

PIC1

701

PIR2702PIU303

PIC1

702

PIJ105

PIR2602PIC1801

PIR3002PIU403

PIC1802

PIJ205

PIR2902PI

C190

1

PIR2301

PIR2501PIU306

PIC1

902

PIR3201

PIU307

PIC2001

PIR2401

PIR2801

PIU406

PIC2002

PIR3401

PIU407

PIC2501PIC2601

PIR2701


PIC2801PIC2901

PIR3001


PIC3001PIC3101

PIU506

PIC3201PIC3301

PIU507

PIC3401

PIR3701

PIU602

PIC3402

PIR3901

PIR4302

PIU601

PIC3

701

PIR3801

PIU702

PIC3

702

PIR4001

PIR4602

PIU701

PIC3

901

PIR4502PIU603

PIC3

902

PIJ102

PIR4402PIC4001

PIR4802PIU703

PIC4002

PIJ202

PIR4702PI

C410

1

PIR4101

PIR4301PIU606

PIC4

102

PIR5001

PIU607

PIC4201

PIR4201

PIR4601

PIU706

PIC4202

PIR5201

PIU707

PIC4301PIC4401

PIR4501


PIC4501PIC4601

PIR4801


PIC4701

PIR5501

PIU802

PIC4702

PIR5701

PIR6102

PIU801

PIC4901

PIR5601

PIU902

PIC4902

PIR5801

PIR6402

PIU901

PIC5

101

PIR6302PIU803

PIC5

102

PIJ103

PIR6202PIC5201

PIR6602PIU903

PIC5202

PIJ203

PIR6502PI

C530

1

PIR5901

PIR6101PIU806

PIC5

302

PIR6801

PIU807

PIC5401

PIR6001

PIR6401

PIU906

PIC5402

PIR7001

PIU907

PIC5501PIC5601

PIR6301


PIC5701PIC5801

PIR6601


PIJ107

PIJ108

PIJ207

PIJ208

PIU5023

POMCLK

PIU5024

POLRCLK

PIU5025

POSCLK

PIU5026

POSDOUT4

PIU5027

POSDOUT2

PIU5030

POSDOUT1

PIU5031

POSDOUT3

PIU5036

POOVFL0N

PIU5039

POSCL

PIU5040

POSDA

PIU5041

POADC0RST0N

POADC0RST0N

POLRCLK

POMCLK

POOVFL0N

POSCL

POSCLK

POSDA

POSDOUT1

POSDOUT2

POSDOUT3

POSDOUT4

Figure 32:


AudioPlatform

schematic (5of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

69

xC-2

00-M

C-A

UD

IO-C

lock

.Sch

Doc

xCO

RE-

200

MC

AU

DIO

A4

of

CS2

100-

CP

AU

X_O

UT

4

CLK

_OU

T3

SCL/

CC

LK9

SDA

/CD

IN10

XTI

/REF

_CLK

7

AD

0/C

S_N

8

CLK

_IN

5

XTO

6

GN

D2

VD

1

U10

PL61

1-01

-N12

CLK

14

CLK

03

FSEL

7

XO

UT

8

NC

6

XIN

1G

ND

2

VD

D5

U11

NC

7SZ1

57

I03

I11

S6

VC

C5

Q4

GN

D2

0 1

U12

GN

D

GN

D

3V3

3V3

GN

D

24M

AB

LS

X1

33R

R77

33R

R74

33R

R75

MC

LK_O

UT

10K

R73

GN

D

24M

100N

C61

100N

C60

GN

D

GN

D

GN

D

3V3

3V3

3V3

3V3

GN

D

33R

R76

MC

LK_F

SEL

PLL_

SYN

C

I2C

_SC

L

I2C

_SD

A

AU

DIO

_MC

LK

MC

LK_X

CO

RE

MC

LK_S

PDIF

PLL_

SELE

CT

100N

C59

I2C

AD

DR

= 1

0011

10[R

/W]

24M

_CLK

33R

R78

1K

R116

GR

EEND5

3V3

PLL

LOC

K




PID501PID502COD5

PIR7301PIR7302COR73

PIR7401

PIR7402

COR74

PIR7501

PIR750

2COR75

PIR7601

PIR7602

COR76

PIR7701

PIR7702

COR77

PIR7801

PIR7802

COR78

PIR11601PIR11602 COR116

PIU1001

PIU1

002

PIU1

003

PIU1004

PIU1005

PIU1006

PIU1007

PIU1008

PIU1009

PIU10010

COU10

PIU1101

PIU1102

PIU1103

PIU1104

PIU1

105

PIU1106

PIU1

107

PIU1108COU11

PIU1201

PIU1202

PIU1203

PIU1204

PIU1

205

PIU1206COU12

PIX101

PIX102

COX1

PIC5901

PIC6001

PIC6101

PIR11602

PIU1001

PIU1

105

PIU1

205

PIR7802PIU1007

PIU1103

NL24M

PIC5902

PIC6002

PIC6102

PIR7301

PIU1

002

PIU1008

PIU1102

PIU1202

PIR7401

PIR7501

PIR7601

PIU1204

NLMCLK0OUT

PID501

PIU1004

PID502PIR11601

PIR7302

PIU1206

POPLL0SELECT

PIR7402

POMCLK0XCORE

PIR750

2POAUDIO0MCLK

PIR7602

POMCLK0SPDIF

PIR7701

PIU1104

PIR7702

PIU1203

PIR7801PO24M0CLK

PIU1

003

PIU1201

PIU1005

POPLL0SYNC

PIU1006

PIU1009

POI2C0SCL

PIU10010

POI2C0SDA

PIU1101

PIX102

PIU1106

PIU1

107

POMCLK0FSEL

PIU1108

PIX101

PO24M0CLK

POAUDIO0MCLK

POI2C0SCL

POI2C0SDA

POMCLK0FSEL

POMCLK0SPDIF

POMCLK0XCORE

POPLL0SELECT

POPLL0SYNC

Figure 33:


AudioPlatform

schematic (6of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

79

xC-2

00-M

C-A

UD

IO-U

SB.S

chD

oc

xCO

RE-

200

MC

AU

DIO

A3

of

USB

_D_N

USB

_D_P

USB

_SEL

0U

SB_S

EL1

VB

US_

OU

T_EN

USB

_ID

D+

1D

-2

GND 3

SEL[

0]4

HSD

1-5

HSD

1+6

HSD

2-7

HSD

2+8

HSD

3-9

HSD

3+10

SEL[

1]11

VCC12

U29

FSU

SB63

10K R16210K R163

3V3

GN

D

USB

_B_D

_PU

SB_B

_D_N

1NC17

5

GN

D

GN

D

VB

US_

IN

100N

C17

3

GN

D

USB

MIC

RO B

USB

_B_D

_PU

SB_B

_D_N

USB

_A

DP

3

VB

US

1

DM

2

S15

GN

D4

S26

J10

USB

_A_D

_NU

SB_A

_D_P

VB

US_

OU

T

100N

C171

GN

D

1NC17

6

GN

D

GN

D

USB

A

USB

_A_D

_NU

SB_A

_D_P

VB

US

1

D-

2

D+

3

ID4

GN

D5

SH6

SH7

SH8

SH9

SH10

SH11

J11

USB

_MIC

RO

B

10U

C15

8

GN

DG

ND

100N

C16

6

GN

DG

ND

RT8

293B

VIN

2

GN

D_4

4

SW3

BO

OT

1

CO

MP

6

SS8

FB5

EN7

GN

D_9

9

U25

100N

C15

9

33K

R152

2N2

C16

1

GN

D

22U

C16

2

22U

C16

3

GN

DG

ND

1N41

48W

D8

GN

D

Vfb

= 0

.8V

Vou

t = 0

.8 x

(1 +

66/

12) =

5.2

V

5V_O

UT

12K

R159

10U

C15

7

12V

VBU

S O

ut P

ower

Sup

ply

6U8

L5

33K

R157

33K

R15

3

10K

R160

3V3

GN

D

VB

US_

OU

T_EN

PSU

_EN

1K

R151

GR

EEN

D28

1K

R154

GR

EEN

D29

USB

_SEL

0U

SB_S

EL1

USB

_SEL

0U

SB_S

EL1

1UC16

4

GN

D

33P

C18

9

10K

R198

1K

R197

TL43

1A

31

2U

28

GN

DG

ND

GN

D

100N

C16

7

Trip

Poi

nt =

(10+

11)/

10 x

2.5

V =

5.2

5V

VB

US_

OU

T

OV

ERV

_N

11K

R196

TP2

3V3

1UC16

9

100N

C19

0

4U7

C19

1

100N

C16

8

I_O

VR

_N

VB

US_

OU

T

GN

D

GN

DG

ND

5V_O

UT

GN

DIlim

(min

) = 2

.908

A

GN

DG

ND

ON

_N1

FAU

LT_N

2

GN

D3

ISET

4

IN5

OU

T6

IN7

OU

T8

U27

MIC

2042

118R

R199

0R

R200

TP1

10K

R1953V3

VBU

S O

UT

Cur

rent

Lim

it

VBU

S O

ut O

verv

olta

ge P

rote

ctio

n

VB

US_

OU

T_EN

I_O

VR

_N

OV

ERV

_N

NC

7SZ1

1

A1

B3

VC

C5

Y4

GN

D2

C6

U37

PSU

_EN

GN

D

3V3

VBU

S O

ut L

ogic

MB

R12

0VLS

FT

D31

MB

R12

0VLS

FT

D30

VB

US_

OU

T

100K

R201 GN

D

GN

D

NC

7SZ1

1

A1

B3

VC

C5

Y4

GN

D2

C6

U38

3V3

GN

D

3V3

GR

EEND9

1K

R150 GN

D

USB

_SEL

0

USB

_SEL

1

LED

S SH

OW

SEL

ECTE

D U

SB P

OR

T

10K

R161

D9

SHO

WS

USB

MIC

RO

B S

ELEC

TED

D28

SH

OW

S U

SB A

SEL

ECTE

DD

29 IS

NO

T U

SED


PIC15901 PIC15902COC159

PIC16101 PIC16102COC161


PIC16401 PIC16402COC164

PIC16601 PIC16602COC166

PIC16701 PIC16702COC167


PIC17101

PIC1

7102

COC171

PIC17301 PIC17302COC173

PIC17501 PIC17502COC175

PIC17601 PIC17602COC176

PIC18901 PIC18902COC189


PID8

01PI

D802

COD8

PID901PID902COD9

PID2801PID2802COD28

PID2901PID2902COD29

PID3001

PID3002COD30

PID3101

PID3102COD31

PIJ1

001

PIJ1002

PIJ1003

PIJ1004

PIJ1

005

PIJ1006

COJ10

PIJ1101

PIJ1102

PIJ1103

PIJ1104

PIJ1105

PIJ1106

PIJ1107

PIJ1108

PIJ1109

PIJ11010

PIJ11011COJ11

PIL5

01PI

L502

COL5

PIR15001PIR15002 COR150

PIR15101PIR15102 COR151

PIR15201PIR15202 COR152PIR15301

PIR1

5302 COR153

PIR15401PIR15402 COR154

PIR15701PIR15702 COR157 PIR15901PIR15902 COR159

PIR16001PIR16002

COR160

PIR16101PIR16102

COR161



PIR19701PIR19702 COR197

PIR19801PIR19802 COR198


PIR20101PIR20102 COR201

PITP101COTP1

PITP201 COTP2

PIU2501

PIU2502

PIU2503

PIU2504

PIU2505

PIU2506

PIU2507

PIU2

508

PIU2509COU25

PIU2701

PIU2702

PIU2703

PIU2704

PIU2705

PIU2706

PIU2707

PIU2708

COU27

PIU2801PIU2802

PIU2803

COU28

PIU2901

PIU2902

PIU2903

PIU2904

PIU2905

PIU2906

PIU2907

PIU2908

PIU2909

PIU29010

PIU29011

PIU29012COU29

PIU3701

PIU3702

PIU3703

PIU3704

PIU3705

PIU3706COU37

PIU3801

PIU3802

PIU3803

PIU3804

PIU3805

PIU3806COU38

PIC16701

PIR16002

PIR19502PIR19702

PIU29012

PIU3705

PIU3801

PIU3805

PIC16201PIC16301

PIC16801PIC16901

PID8

02

PIL5

02

PIR15301

PIU2705

PIU2707

PIC15701PIC15801

PIC16401PIU2502

PIC15702PIC15802

PIC16202PIC16302

PIC16402

PIC16602PIC16802

PIC16902

PIC1

7102

PIC17302

PIC17502PIC17602

PIC18902

PIC19002PIC19102

PID901

PIJ1004

PIJ1105

PIR15201

PIR15901

PIR16101

PIR16201PIR16301

PIR19801

PIR19901PIR20001

PIR20101

PIU2504

PIU2509

PIU2703

PIU2803

PIU2903

PIU3702

PIU3802

PIR19501PITP101

PIU2702

PIU3703

NLI0OVR0N

PIU2906

PIU2905

PIU2902

POUSB0D0N

PIU2901

POUSB0D0P

PIR20002PIU2701

PIR19902

PIU2704

PIR15701 PIR15902

PIU2505

PIR1

5302

PIR15702

PIJ11010

PIJ1109

PIJ1108

PIJ1107

PIJ1106

PIJ1104POUSB0ID

PIJ1006

PID3102

PIJ1101

PID2902PIR15401

PID2802PIR15101 PID2801PID2901 PIR15002

PIU3804

PID902PIR15001

PIC18901

PIR19601 PIR19802PIU2802

PIC17601

PIJ1

005

PIC17501PIJ11011

PIC16601

PIU2

508

PIC16102 PIR15202PIC16101PIU2506

PIC15902PI

L501

PIU2503

PIC15901PI

D801

PIU2501

PIC16702PIR19701

PITP201PIU2801

PIU3706

NLOVERV0N

PIU2507

PIU3704

NLPS

U0EN

PIJ1002

PIU2907

NLUSB0A0D0N

PIJ1003

PIU2908

NLUSB0A0D0P

PIJ1102

PIU2909

NLUSB0B0D0N

PIJ1103

PIU29010

NLUSB0B0D0P

PIR15402

PIR16302

PIU2904

PIU3803

NLUS

B0SE

L0POUSB0SEL0

PIR15102

PIR16202PIU29011

PIU3806

NLUS

B0SE

L1POUSB0SEL1

PIC17301

PID3001

PID3101

PIR20102

PIC17101

PIC19001PIC19101

PID3002

PIJ1

001

PIR19602

PIU2706

PIU2708

PIR16001 PIR16102

PIU3701

NLVBUS0OUT0EN

POVBUS0OUT0EN

POUSB0D0N

POUSB0D0P

POUSB0ID

POUSB0SEL0

POUSB0SEL1

POVBUS0OUT0EN

Figure 34:


AudioPlatform

schematic (7of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

89

xC-2

00-M

C-A

UD

IO-L

EDA

.Sch

Doc

xCO

RE-

200

MC

AU

DIO

A4

of

GN

DG

ND

GN

D

GR

EEN

D10

GR

EEN

D14

GR

EEN

D18

GR

EEN

D22

BSS

138

3

1

2

GSD

Q6

GN

D

GR

EEN

D11

GR

EEN

D15

GR

EEN

D19

GR

EEN

D23

BSS

138

3

1

2

GSD

Q7

GR

EEN

D12

GR

EEN

D16

GR

EEN

D20

GR

EEN

D24

BSS

138

3

1

2

GSD

Q8

GR

EEN

D13

GR

EEN

D17

GR

EEN

D21

GR

EEN

D25

BSS

138

3

1

2

GSD

Q9

LED

_RO

W_0

LED

_RO

W_1

LED

_RO

W_2

LED

_RO

W_3

LED_COL_0

LED_COL_1

LED_COL_2

LED_COL_3

3

1

2

GS

D

Q2

BSS

84

3

1

2

GS

D

Q3

BSS

84

3

1

2

GS

D

Q4

BSS

84

3

1

2

GS

D

Q5

BSS

84

3V3

3V3

3V3

3V3 2U

2

C16

5

3V3

GN

D

470R

R165

470R

R166

470R

R167

470R

R168

470R

R149

470R

R155

470R

R156

470R

R186

470R

R185

470R

R158

470R

R187

470R

R188

470R

R189

470R

R192

470R

R191

470R

R190

10KR203 10KR204 10KR205 10KR206 PIC16501 PIC16502COC165

PID1001PID1002COD10

PID1101PID1102COD11

PID1201PID1202COD12

PID1301PID1302COD13

PID1401PID1402COD14

PID1501PID1502COD15

PID1601PID1602COD16

PID1701PID1702COD17

PID1801PID1802COD18

PID1901PID1902COD19

PID2001PID2002COD20

PID2101PID2102COD21

PID2201PID2202COD22

PID2301PID2302COD23

PID2401PID2402COD24

PID2501PID2502COD25

PIQ201

PIQ2

02PI

Q203

COQ2

PIQ301

PIQ3

02PI

Q303

COQ3

PIQ401

PIQ4

02PI

Q403

COQ4

PIQ501

PIQ5

02PI

Q503

COQ5

PIQ6

01

PIQ602PIQ603

COQ6

PIQ7

01

PIQ702PIQ703

COQ7

PIQ8

01

PIQ802PIQ803

COQ8

PIQ9

01

PIQ902PIQ903

COQ9


PIR15601PIR15602 COR156

PIR15801PIR15802 COR158

PIR16501PIR16502 COR165 PIR16601PIR16602 COR166 PIR16701PIR16702 COR167 PIR16801PIR16802 COR168



PIR18901PIR18902 COR189


PIR19201PIR19202 COR192

PIR20301PIR20302COR203 PIR20401PIR20402COR204 PIR20501PIR20502COR205 PIR20601PIR20602COR206 PIC16501

PIQ2

02

PIQ3

02

PIQ4

02

PIQ5

02

PIR20302 PIR20402 PIR20502 PIR20602 PIC16502PIQ602

PIQ702PIQ802

PIQ902

PID1001 PID1401 PID1801 PID2201

PIQ603

PID1002PIR16501

PID1101 PID1501 PID1901 PID2301

PIQ703

PID1102PIR14901

PID1201 PID1601 PID2001 PID2401

PIQ803

PID1202PIR15501

PID1301 PID1701 PID2101 PID2501

PIQ903

PID1302PIR15601

PID1402PIR16601

PID1502PIR15801

PID1602PIR18501

PID1702PIR18601

PID1802PIR16701

PID1902PIR18701

PID2002PIR18801

PID2102PIR18901

PID2202PIR16801

PID2302PIR19001

PID2402PIR19101

PID2502PIR19201

PIQ201

PIR20301POLED0ROW00

PIQ2

03

PIR14902PIR15502

PIR15602PIR16502

PIQ301

PIR20401POLED0ROW01

PIQ3

03

PIR15802PIR16602

PIR18502PIR18602

PIQ401

PIR20501POLED0ROW02

PIQ4

03

PIR16702PIR18702

PIR18802PIR18902

PIQ501

PIR20601POLED0ROW03

PIQ5

03

PIR16802PIR19002

PIR19102PIR19202

PIQ6

01 POLED0COL00PI

Q701 POLED0COL01

PIQ8

01 POLED0COL02PI

Q901 POLED0COL03

POLED0COL00POLED0COL01

POLED0COL02POLED0COL03

POLED0ROW00

POLED0ROW01

POLED0ROW02

POLED0ROW03

Figure 35:


AudioPlatform

schematic (8of 9)

XM007657C


Proj

ect N

ame

Size

Shee

t Nam

eRe

v

Shee

tD

ate

04/0

8/20

15

2V0

99

xC-2

00-M

C-A

UD

IO-D

IG.S

chD

oc

xCO

RE-

200

MC

AU

DIO

A2

of

SDS-

50J

1 2 3 4 5

67

89

J13

PC90

0V0N

IPX

F

A1

K2

NC

3G

ND

5

VO

4

VC

C6

DET

U32

NC

7SZ1

25

A2

OE_

N1

VC

C5

Y4

GN

D3

U31

SDS-

50J

1 2 3 4 5

67

89

J14

NC

7SZ1

25

A2

OE_

N1

VC

C5

Y4

GN

D3

U33

75R

R173

GN

D

3V3

75R

R17

4

3V3

GN

D220R

R16

9

1N41

48W

D26

GN

D

220R

R1703V3

3V3

3V3

GN

D

220R

R17

1

100N

C17

8

GN

D

3V3

MID

I_TX

GN

D

MID

I_R

X

GN

D

10K

R1723V3

SCR

EW, M

2X6

MEC

H13

SCR

EW, M

2X6

MEC

H14

SCR

EW, M

2X6

MEC

H15

SCR

EW, M

2X6

MEC

H16

MID

I Out

MID

I In

100N

C17

7

GN

D

3V3

GN

D1

VC

C2

IN3

J15

OPT

_TX

_PLT

133

100N

C18

0

GN

D

470R

500m

A

FB7

3V3

GN

DN

C7S

Z175

D3

CP

1

C_N

6V

CC

5

Q4

GN

D2

DQ

C

U34

3V3

GN

D

MC

LK_D

IO

3V3

OPT

ICA

L_TX

100N

C17

9

GN

D

3V3

NC

7SZ1

75

D3

CP

1

C_N

6V

CC

5

Q4

GN

D2

DQ

C

U35

3V3

GN

D

3V3

CO

AX

IAL_

TX

100N

C18

1

GN

D

3V3

MC

LK

MC

LK

Dig

ital A

udio

Out

RC

J-01

7

1C1A

2

1B

J16

220R

R17

5

220R

R176

220R

R177

33P

C18

3 GN

DG

ND

GN

DG

ND

100N

C182

RC

J-01

7

1C1A2 1B

J17

GN

D

PESD0603-240

D27

GN

D

91R

R181 GN

D

100N

C186

FIN

1002

53

1 2

4U

36

3V3

GN

D

33R

R18

0C

OA

X_R

X47

0R

R17

8

470R

R18

2

100N

C18

8

GN

D

100N

C18

7

GN

D

470R

R184 GN

D

820R

R17

93V

3

100N

C18

4

GN

D

3V3

GN

D2

OU

T1

VC

C3

J18

OPT

_RX

_PLR

135

470R

XX

A

FB8

100N

C18

5

GN

D

3V3

0RR18

3

GN

D

OPT

_RX

CO

AX

IAL_

RX

OPT

ICA

L_R

X

PIC17701 PIC17702COC177

PIC17801 PIC17802COC178

PIC17901 PIC17902COC179

PIC18001 PIC18002COC180

PIC18101 PIC18102COC181

PIC18201

PIC18202


OC183

PIC18401 PIC18402COC184

PIC18501 PIC18502COC185

PIC18601

PIC18602

COC186

PIC18701 PIC18702COC187

PIC18801 PIC18802COC188

PID2601 PID2602COD26

PID2701 PID2702COD27

PIFB

701

PIFB

702

COFB7

PIFB

801

PIFB

802

COFB8

PIJ1301

PIJ1

302

PIJ1303

PIJ1304

PIJ1

305

PIJ1306PIJ1307

PIJ1308PIJ1309COJ13

PIJ1401

PIJ1402

PIJ1

403

PIJ1404

PIJ1405

PIJ1406PIJ1407PIJ1408PIJ1409

COJ14

PIJ1

501

PIJ1

502

PIJ1503COJ15

PIJ1601A

PIJ1601B

PIJ1601C

PIJ1602

COJ16

PIJ1701A

PIJ1701B

PIJ1701C

PIJ1

702

COJ17

PIJ1801

PIJ1802

PIJ1

803

COJ18

COMECH13

COMECH14

COMECH15

COMECH16

PIR169

01PIR

16902

COR169

PIR17001PIR17002 COR170PIR

17101

PIR171

02

COR171


PIR1

7401

PIR1

7402

COR174

PIR1

7501

PIR1

7502

COR175


PIR17801

PIR1

7802

COR178

PIR179

01PIR

17902

COR179

PIR180

01PIR

18002

COR180

PIR18101PIR18102 COR181PIR18201

PIR1

8202

COR182

PIR1

8301

PIR1

8302

COR183

PIR18401PIR18402 COR184

PIU3101

PIU3

102

PIU3

103

PIU3

104

PIU3105

COU31

PIU3201

PIU3

202

PIU3203

PIU3

204

PIU3205

PIU3206

COU32

PIU3

301

PIU3302

PIU3303

PIU3304

PIU3

305

COU33

PIU3401

PIU3402

PIU3403

PIU3404

PIU3405

PIU3406COU34

PIU3501

PIU3502

PIU3503

PIU3504

PIU3505

PIU3506COU35

PIU3601 PIU3602

PIU3603

PIU3604

PIU3605

COU36

PIC17701

PIC17801

PIC17901

PIC18101

PIC18401

PIFB

701

PIFB

802

PIR17002

PIR17202PIR17302

PIR179

01

PIU3105

PIU3206

PIU3

305

PIU3405

PIU3406

PIU3505

PIU3506

PIU3601PIR

18002

NLCO

AX0R

XPOCOAXIAL0RX

PIC17702

PIC17802

PIC17902PIC18002

PIC18102

PIC18302

PIC18402PIC18502

PIC18702PIC18802

PID2702

PIJ1402

PIJ1

501

PIJ1601A

PIJ1601B

PIJ1601C

PIJ1701A

PIJ1701B

PIJ1701C

PIJ1802

PIR17601PIR17701

PIR18101

PIR18401

PIU3101

PIU3

103

PIU3205

PIU3

301

PIU3303

PIU3402

PIU3502

PIU3602

PIU3401

PIU3501

NLMCLK

POMCLK0DIO

PIC18001

PIFB

702

PIJ1

502

PIC18201

PIR1

7501

PIC18202

PIU3504

PIC18301PIJ1602

PIR1

7502

PIR17602PIR17702

PIC18501PI

FB80

1

PIJ1

803

PIC18601

PID2701PI

J170

2

PIR18102PIC18602

PIR1

7802

PIU3603

PIC18701

PIR17801

PIR179

02

PIR18201

PIR18402

PIC18801PI

R182

02

PIU3604

PID2601

PIR169

02

PIU3201

PID2602PI

J130

5PI

U320

2

PIJ1301

PIJ1

302

PIJ1303

PIJ1304

PIR169

01

PIJ1306PIJ1307

PIJ1308PIJ1309

PIJ1401

PIJ1

403

PIJ1404

PIR17301

PIJ1405

PIR1

7402

PIJ1406PIJ1407PIJ1408PIJ1409

PIJ1503

PIU3404

PIJ1801

PIR1

8301

PIR17001PI

U310

2PI

U320

4PIR

17101

PIU3

104

PIR171

02POMIDI0RX

PIR17201

PIU3302

POMIDI0TX

PIR1

7401

PIU3304

PIR180

01PIU3605

PIU3203

PIU3403

POOPTICAL0TX

PIU3503

POCOAXIAL0TX

PIR1

8302

NLOPT0RX

POOPTICAL0RX

POCOAXIAL0RX

POCOAXIAL0TX

POMCLK0DIO

POMIDI0RX

POMIDI0TX

POOPTICAL0RX

POOPTICAL0TX

Figure 36:


AudioPlatform

schematic (9of 9)

XM007657C


19 RoHS and REACH

The xCORE-200 Multichannel Audio Platform complies with appropriate RoHS2 andREACH regulations and is a Pb-free product.

The xCORE-200 Multichannel Audio Platform is subject to the European UnionWEEE directive and should not be disposed of in household waste. Alternativerequirements may apply outside of the EU.

20 Version history

Date Description

2015/5/14 First board release, 2v0 hardware

Copyright © 2015, All Rights Reserved.

Xmos Ltd. is the owner or licensee of this design, code, or Information (collectively, the “Information”) andis providing it to you “AS IS” with no warranty of any kind, express or implied and shall have no liability inrelation to its use. Xmos Ltd. makes no representation that the Information, or any particular implementationthereof, is or will be free from any claims of infringement and again, shall have no liability in relation to anysuch claims.

XM007657C

xCORE-200 Multichannel Audio Platform 2v0 Hardware Manual · 2015-10-20 · xCORE-200 Multichannel...

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